Physics is the study of matter and energy at all scales, from the sub-nuclear to the dimensions of the universe. It is the fundamental science — all other sciences and technologies rely on the principles of physics.
Physics involves observing and understanding natural phenomena. It is evident in the world around us in everything from the seasons, the motion of objects, the flight of birds, the night sky and the weather, to lasers, electronics and the technology we rely on today. Astronomy teaches you how to study objects at a distance and interpret the information gathered. This helps us begin to understand the universe we live in. The skills you will learn in astronomy are also applicable to remote sensing and its application to environmental problems.
With support and resilience, Anderson excels through adversity
While learning is the essence of a post-secondary experience, it is not limited to what is found in textbooks or studied in the lab. For Alicia Anderson (BSc ’20), discovering the depth of her resilience might just be the most poignant lesson of the last five years.
Anderson, who has already started her master’s program at the University of Lethbridge, completed her undergraduate degree this spring working with Dr. David Naylor as part of the Astronomical Instrumentation Group in the Department of Physics & Astronomy. She also balanced five years of backstopping the Pronghorns women’s hockey program as one of the most accomplished goaltenders in Canada West history.
U of L’s astrophysicists receive federal infrastructure grant
Thanks to a $250,000 grant from the Canada Foundation for Innovation for research infrastructure, University of Lethbridge astrophysicists will develop a state-of-the-art cryogenic test facility to evaluate the performance of instruments destined for space exploration.
The Astronomical Instrumentation Group (AIG) at the U of L is poised to build a liquid-helium free cryostat and cryogenic translation stage that will be used to develop and test the world’s first cryogenic, far-Infrared, post-dispersed, polarizing Fourier transform spectrometer. This new type of spectrometer has been identified by the world’s leading space agencies (ESA, JAXA, NASA) as a necessary next step to explore both galaxy evolution in the farthest reaches of our universe and star and planet formation in our own galaxy.
Career Bridge | Co-operative Education & Applied Studies
Put Your Knowledge to Work
Whether you’re looking for a more in-depth learning experience by assisting with research projects on campus or by testing your knowledge in a real-life work setting, we can help! The programs available in the Career Bridge office will provide you with a solid foundation for further studies and an excellent framework for a challenging and rewarding career — whatever direction you decide to go. Explore career options, participate in research and develop skills that complement your degree.